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Impact of Cellulose Materials Finishing on Heat and Water Vapour Resistance

机译:纤维素材料整理对耐热和耐水蒸气性的影响

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The paper explores the impact of finishing on heat and water vapour transfer through knitted materials made from cotton, viscose, modal and lyocel. Tests were performed on raw samples, samples finished in accordance with a commercial recipe and samples additionally finished with a silicone-based agent. The results indicated that changes in the water vapour resistance of the fabric are significantly higher for the samples made from natural fibers than those produced from natural polymers. The above leads to the conclusion that the processes of finishing according to the recipes defined are more suitable for the samples made from natural fibers. Such finished fabrics will reduce water vapour resistance in warm environmental conditions, in which it is necessary to allow the transfer of large amounts of sweat from he skin to the environment, and finally to positively affect an individual’s perception of comfort.
机译:本文探讨了整理对通过棉,粘胶,莫代尔和莱赛尔纤维制成的针织材料传热和水蒸气传递的影响。对原始样品进行了测试,根据商业配方完成的样品以及另外使用硅氧烷基试剂完成的样品进行了测试。结果表明,由天然纤维制成的样品的织物耐水蒸气性的变化明显高于由天然聚合物制成的样品。上面得出的结论是,根据定义的配方进行的整理过程更适合于由天然纤维制成的样品。这种成品织物会降低在温暖的环境条件下的耐水蒸气性,在这种环境下,必须允许大量汗水从皮肤转移到环境中,并最终对个人的舒适感产生积极影响。

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